rename executable computor

.gitignore

@@ -1,4 +1,4 @@
-computorv1
+computor
 
 # ---> C
 # Prerequisites

Makefile

@@ -31,7 +31,7 @@ RESET    = "\e[0m"
 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - #
 
 # FILES :
-NAME          = computorv1
+NAME          = computor
 D_LIB         = ./libft
 D_HEADERS     = ./headers
 HEADERS       = computorv1.h
@@ -145,6 +145,10 @@ run: $(NAME)
 	-./$(NAME) $(RUN_FLAGS) "2x + x -0 = -7x"
 	@echo $(B_PURPLE)"\n---------------------------------------------\n21. degree 1 \n"$(RESET)
 	-./$(NAME) $(RUN_FLAGS) "2x + x -3 = -7x"
+	@echo $(B_PURPLE)"\n---------------------------------------------\n23. degree 2 SHOULD FAIL \n"$(RESET)
+	-./$(NAME) $(RUN_FLAGS) "3x^2"
+	@echo $(B_PURPLE)"\n---------------------------------------------\n23. degree 2 \n"$(RESET)
+	-./$(NAME) $(RUN_FLAGS) "3x^2 = 0"
 clean:
 	$(RM_OBJS)
 

README.md

@@ -1,5 +1,11 @@
 # 42_EXT_05_computorv1
 
+## todo
+
+- change "compputorv1" to "computor"
+- doing gcd for int values, and not for double values
+- double is nearly_equal_0
+
 
 ## ressources
 
@@ -69,7 +75,6 @@ this project uses submodules (maybe recursively), so either :
         - delta_sqrt;              // √|Δ|
         - first_term;              // double (-b / 2a)
         - second_term;             // double (√|Δ| / 2a)
-
         - double solution1;        // first_term + second_term || -b / 2a + √|Δ| * i / 2a
         - double solution2;        // first_term - second_term || -b / 2a - √|Δ| * i / 2a
 6. print solution

src/utils/printer.c

@@ -191,8 +191,8 @@ void print_solution(s_solution *solution)
     else if (solution_d2.delta_sign < 0)
     {
         ft_printf("Discriminant is strictly negative, the two complex solutions are:\n");
-        printf("%g/%g + %gi/%g\n", solution_d2.b * -1, solution_d2.a * 2, solution_d2.delta_absolute, solution_d2.a * 2);
-        printf("%g/%g - %gi/%g\n", solution_d2.b * -1, solution_d2.a * 2, solution_d2.delta_absolute, solution_d2.a * 2);
+        printf("%g/%g + %gi/%g\n", solution_d2.b * -1, solution_d2.a * 2, solution_d2.delta_sqrt, solution_d2.a * 2);
+        printf("%g/%g - %gi/%g\n", solution_d2.b * -1, solution_d2.a * 2, solution_d2.delta_sqrt, solution_d2.a * 2);
     }
     else
     {